Schwarzschild coordinates

E41074

Schwarzschild coordinates are a spherical coordinate system used in general relativity to describe the spacetime geometry outside a spherically symmetric, non-rotating mass, such as a static black hole.


Statements (49)
Predicate Object
instanceOf coordinate system
general relativity concept
spherical coordinate system
associatedWith Schwarzschild radius
Schwarzschild solution
event horizon of a Schwarzschild black hole
assumes non-rotating central mass
spherical symmetry
static spacetime
contrastsWith Kerr coordinates for rotating black holes
describes Schwarzschild metric
exterior region of a static black hole
spacetime outside a spherically symmetric non-rotating mass
vacuum solution of Einstein field equations with spherical symmetry
domainOfAzimuthalAngle 0 ≤ φ < 2π
domainOfPolarAngle 0 ≤ θ ≤ π
domainOfRadialCoordinate 0 < r < ∞
domainOfTimeCoordinate -∞ < t < ∞
hasCoordinate r
t
θ
φ
hasCoordinateSingularityAt Schwarzschild radius
hasCoordinateType azimuthal angle φ
polar angle θ
radial coordinate r
time coordinate t
hasLimitation breaks down at the event horizon
not regular across r = 2GM/c^2
hasLineElementForm ds^2 = -(1-2GM/r)c^2 dt^2 + (1-2GM/r)^{-1} dr^2 + r^2(dθ^2 + sin^2θ dφ^2)
hasMetricSignature (-,+,+,+)
hasPhysicalSingularityAt r = 0
introducedInContextOf exact solutions of Einstein field equations
mathematicallyDefinedOn Schwarzschild manifold
namedAfter Karl Schwarzschild
relatedTo Eddington–Finkelstein coordinates
Kruskal–Szekeres coordinates
isotropic coordinates
usedFor calculating gravitational redshift
calculating light deflection by gravity
calculating perihelion precession
studying radial infall into a black hole
studying test particle orbits
usedIn general relativity
usedToDescribe gravitational field outside a non-rotating black hole
gravitational field outside a planet
gravitational field outside a star
usesUnits geometrized units in many treatments
validFor r greater than Schwarzschild radius


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